1.Easy maintenance inspection plate design:
The robot arm is equipped with an easily removable inspection plate, which greatly facilitates the inspection and maintenance of key components such as sprockets and travel motors. The convenient removal of the inspection plate allows maintenance personnel to inspect these components more comprehensively and in-depth, ensuring the continued stable operation of the robot arm.
2.Efficient transmission system:
Both wheeled and crawler manipulators use chain drive technology to achieve four-wheel drive, which significantly improves transmission efficiency. The high efficiency of chain drive means that the manipulator can maintain strong power output under various working conditions, whether on flat or rugged terrain.
3.Durable oil pipe layout:
In the design of the manipulator, the metal oil pipe is cleverly arranged above the manipulator, which makes the oil pipe less susceptible to damage during operation. This durable oil pipe design reduces maintenance and downtime caused by oil pipe damage, and improves the reliability and work efficiency of the manipulator.
4.Innovative cylinder protection:
The design of the cylinder adopts an inverted method. This innovative design can effectively prevent the cylinder rod from being damaged during operation. By protecting the cylinder rod, not only the maintenance needs are reduced, but also the service life of the cylinder is significantly extended, reducing long-term operating costs.
5.Humanized operation experience:
The operating handle of the manipulator is simple and efficient. A single lever can control the basic actions of the manipulator such as forward, backward and steering. This design makes operation more convenient
6.Multi-functional attachment configuration:
In order to meet diverse work needs, the robot arm can be equipped with a variety of attachments, such as buckets, grapple,pallet for,auger,etc.
